shamrock.external.coala.solver_DG#

Functions

L_func_coag

Function to compute the DG operator L for piecewise polynomial approximation (see Lombart et al., 2021) It is used for the time solver

L_func_coag_k0

Function to compute the DG operator L for piecewise constant approximation (see Lombart et al., 2021) It is used for the time solver

L_func_coag_k0_kdv

Function to compute the DG operator L for piecewise constant approximation (see Lombart et al., 2021) Function for ballistic kernel with differential velocities dv It is used for the time solver

L_func_coag_kdv

Function to compute the DG operator L for piecewise polynomial approximation (see Lombart et al., 2021) Function for ballistic kernel with differential velocities dv It is used for the time solver

compute_CFL_coag

Function to compute coagulation CFL for DG scheme k>0 piecewise polynomial approximation

compute_CFL_coag_k0

Function to compute coagulation CFL for DG scheme k=0 piecewise constant approximation

compute_CFL_coag_k0_kdv

Function to compute coagulation CFL for DG scheme k=0 piecewise constant approximation.

compute_CFL_coag_kdv

Function to compute coagulation CFL for DG scheme k>0 piecewise polynomial approximation Function for ballistic kernel with differential velocities dv CFL formulation from Filbet & Laurencot 2004, dt <= mean_g * dm/dF

solver_coag

Function to compute SSPRK order 3 time solver with piecewise polynomial approximation See Zhang & Shu 2010 and Lombart et al., 2021

solver_coag_k0

Function to compute SSPRK order 3 time solver with piecewise constant approximation See Zhang & Shu 2010 and Lombart et al., 2021

solver_coag_k0_kdv

Function to compute SSPRK order 3 time solver with piecewise constant approximation Function for ballistic kernel with differential velocities dv See Zhang & Shu 2010 and Lombart et al., 2021

solver_coag_kdv

Function to compute SSPRK order 3 time solver with piecewise constant approximation Function for ballistic kernel with differential velocities dv See Zhang & Shu 2010 and Lombart et al., 2021